JP2007040964A5 - - Google Patents

Claims (15)

Consists of a device body made of a flat plate-like member having a plurality of recesses are formed by arranging on one surface, a plurality of fluid handling subassemblies each was fitted et al in the plurality of recesses of the apparatus body, these fluid handling Each of the parts includes an injecting part for injecting a fluid, a fluidizing part for continuously flowing the fluid introduced from the opening at the bottom of the injecting part, and a fluid into which the fluid in the fluidizing part is introduced A storage chamber and a flow path for introducing the fluid that has reached the bottom of the flow section into the fluid storage chamber, and the flow section is disposed so as to surround the fluid storage chamber via a wall, A fluid handling apparatus, wherein a surface area increasing member for increasing an area of a surface with which the fluid introduced into the fluid portion contacts is disposed in the fluid portion. A device body having a plurality of recesses each comprising a plurality of supports which are arranged substantially parallel to each other on the arrangement to be formed in the frame body in a line at predetermined intervals, multiple support each of the apparatus main body and a plurality of fluid attachment portion attached, respectively it in the the recess of, each of these fluid handling unit is introduced and implant for injecting a fluid from the opening in the bottom of the implant A fluid flow section for continuously flowing the fluid downward, a fluid storage chamber into which the fluid in the flow section is introduced, and a flow path for introducing the fluid that has reached the bottom of the flow section into the fluid storage chamber. A surface area increasing member is disposed in the fluidizing portion, the fluidizing portion being disposed so as to surround the fluid containing chamber via a wall portion, and a surface area increasing member for increasing a surface area where the fluid introduced into the fluidizing portion contacts the fluidizing portion. characterized in that it is arranged, preparative flow body Apparatus. 3. The fluid handling device according to claim 1, wherein the flow path introduces the fluid that has reached the bottom of the fluidized part into the fluid containing chamber from the bottom of the fluid containing part. 4. The surface area increasing member is composed of a plurality of plate-like bodies stacked in the vertical direction, a gap is formed between these plate-like bodies, and the fluid introduced into the fluidized portion is on the upper surface of each plate-like body. The fluid handling apparatus according to any one of claims 1 to 3 , wherein the fluid handling apparatus flows along the line. The fluid handling apparatus according to any one of claims 1 to 3 , wherein the surface area increasing member is a large number of micro granular materials filled in the fluidized portion. Each of the plurality of recesses is a columnar recess, and the flow portion includes an outer cylindrical member inserted into each of the plurality of recesses and an inner cylindrical member inserted into the outer cylindrical member. Formed between, the fluid storage chamber is formed in the inner cylindrical member, and the injection portion is disposed between the upper cylindrical member and the inner cylindrical member disposed on the outer cylindrical member. The fluid handling device according to any one of claims 1 to 3 , wherein the surface area increasing member is a large number of micro granular materials filled in the fluidized portion. The fluid handling apparatus according to any one of claims 1 to 3 , wherein the surface area increasing member is a water absorbing member disposed in the flow portion. Each of the plurality of recesses is a columnar recess, and the flow portion includes an outer cylindrical member inserted into each of the plurality of recesses and an inner cylindrical member inserted into the outer cylindrical member. Formed between, the fluid storage chamber is formed in the inner cylindrical member, and the injection part is formed on the water absorbing member disposed in the fluid part as the surface area increasing member. The fluid handling apparatus according to claim 1 , wherein the fluid handling apparatus is characterized in that An injection part for injecting a fluid, a flow part for continuously flowing the fluid introduced from the opening part at the bottom of the injection part, and a fluid part surrounded by a wall part. A fluid containing chamber into which the fluid in the fluidized part is introduced, and a flow path for introducing the fluid reaching the bottom of the fluidized part into the fluid containing chamber, and the fluid introduced into the fluidized part is contained in the fluidized part. A fluid handling unit, wherein a surface area increasing member for increasing an area of a surface in contact with the fluid is disposed in the flow portion. A plurality of recesses and support formed by arranging in a row at predetermined intervals, a plurality of fluid handling subassemblies each was fitted et al in the plurality of recesses of the support, each of these fluid handling unit However, the injection part for injecting the fluid, the flow part for continuously flowing the fluid introduced from the opening of the bottom part of the injection part, and the flow part are surrounded by the wall part. A fluid containing chamber that is formed and into which the fluid in the fluidized part is introduced, and a fluid channel that introduces the fluid that has reached the bottom of the fluidized part into the fluid containing chamber, and the fluid introduced into the fluidized part is A fluid handling unit, wherein a surface area increasing member for increasing an area of a surface to be contacted in the fluidized part is disposed in the fluidized part. 11. The fluid handling unit according to claim 9, wherein the flow path introduces the fluid that has reached the bottom of the fluidized part into the fluid containing chamber from the bottom of the fluid containing part. The flow portion is formed between an outer cylindrical member having a bottom and an inner cylindrical member inserted into the outer cylindrical member, and the fluid storage chamber is formed in the inner cylindrical member. The injection portion is formed between an upper cylindrical member disposed on the upper side of the outer cylindrical member and the inner cylindrical member , according to any one of claims 9 to 11. The fluid handling unit described. The surface area increasing member is composed of a plurality of plate-like bodies stacked in the vertical direction, a gap is formed between these plate-like bodies, and the fluid introduced into the fluidized portion is on the upper surface of each plate-like body. The fluid handling unit according to any one of claims 9 to 12 , wherein the fluid handling unit flows along. The fluid handling unit according to any one of claims 9 to 12 , wherein the surface area increasing member is a large number of fine particles filled in the fluidized portion. The fluid handling unit according to any one of claims 9 to 12 , wherein the surface area increasing member is a water absorbing member disposed in the flow portion.